SN75107BNSR

Introduction

The SN75107BNSR (or simply SN75107) is an integrated circuit designed and manufactured by Texas Instruments. It is a Receiver/Driver/Transceiver and a member of the SN Series of integrated circuits. It is a full-duplex, non-inverting active driver with receiver, transceiver, and transmitter capabilities. The SN75107 features a high-speed USB (Universal Serial Bus) interface and is capable of operating in a variety of different data and clock rate environments.

Application Field

The SN75107 is an integrated circuit designed and manufactured by Texas Instruments. It is a Receiver/Driver/Transceiver and a member of the SN Series of integrated circuits. The SN75107 is ideal for applications requiring high-speed data transfer and power management solutions. It is also suitable for automotive, consumer, industrial, networking and medical fields. The SN75107 is capable of operating in a variety of different data and clock rate environments and supports a wide range of applications such as:

• USB peripheral Interconnects
• Digital audio interfaces
• Video processing
• RS-485/RS-422/Ethernet network
• Power Management Solutions
• Automotive applications
• Robotic control systems

Working Principle

The SN75107BNSR is an active, non-inverting receiver/driver/transceiver which is capable of parallel data transfers. It features a high-speed USB interface for data transfer and power management solutions. The SN75107BNSR also supports a wide range of applications such as digital audio, video processing, robotic control systems, RS-485/RS-422/Ethernet networks, automotive applications, and USB peripheral interconnects.

The SN75107BNSR utilizes a 3-state bus enable control input to ensure proper data flow. When enabled, the output data which is latched in the device will be sent out, otherwise, the device out output is in a high-impedance state. Each output driver feature an enable latch for controlling the driver output. When the enable latch is enabled, the output driver will be activated and the data will be sent out.

The SN75107BNSR has an input and output buffer control logic circuit which allows it to be used as either a transceiver or as a receiver and driver. When the transceiver is used, the data from the data pins will be sent out if the input enables are active, otherwise, the device out output is in a high-impedance state. When the receiver and driver function is enabled, data can be sent out and received by the device depending on the enable condition of the device’s output buffer.

Conclusion

The SN75107BNSR is a full-duplex, non-inverting active driver with receiver, transceiver, and transmitter capabilities. It supports a wide range of applications such as digital audio, video processing, robotic control systems, RS-485/RS-422/Ethernet networks, automotive applications, and USB peripheral interconnects. The SN75107BNSR uses a 3-state bus enable control input and an input and output buffer control logic circuit that allows it to be used as either a transceiver or a receiver and driver.